Voyage of the Stars

The reason why Faraday's concept of field is so powerful is that all forces in nature can be expressed in the form of fields. But before one can understand the nature of these forces, one needs one more element, that is, one must establish the equations that these places obey.

The development process of theoretical physics in the past can be succinctly summarized as the search for field equations of natural forces. The new particle collider project currently under construction by mankind is also included in this general statement. It is a continuation of the previous method and the previous theoretical physics development route.

Maxwell, a physicist in the 1860s, wrote the equations for electric and magnetic fields. In the early 20th century, Einstein discovered the field equation for gravity. After countless false attempts, in the 1970s, after Through the work of Yang Zhenning and his student Mills, the field equations of subatomic forces were finally established. These field equations that control the interaction of subatomic particles are called Yang-Mills fields.

However, what puzzles scientists is why the Yang-Mills field is so completely different from Einstein's field equations, and why they are so different. Many physicists have been working on solving this problem, but have failed.

Perhaps the reason for their failure is that they fell into the cliches of common sense. If limited to three dimensions, it is difficult to unify the field equations of gravity in the subatomic world. The advantages of hyperspace are particularly obvious. The theory is that the Yang-Mills field, Maxwell field, and Einstein field can all be comfortably placed in the hyperspace field.

Scientists can calculate from theory that they fit together very reasonably in a hyperspace field, like puzzle pieces. In addition, field theory has another advantage, that is, it allows scientists to accurately calculate the energy required to form a wormhole in space and time, so scientists who today insist that this space is hyperspace believe that they may be able to They use the method of exploring a unified gravitational field to verify whether this space is really a hyperspace. In other words, they just want to study the possibility of a unified gravitational field and other field equations here, because they actually insist on believing that this space is a hyperspace. spatial.

Scientists who insist that space is three-dimensional scorn this idea.

They feel that these scientists who insist on hyperspace take it for granted and are too idealistic. If they didn't understand it together, they still thought it was possible, but now, it is really not possible at all, because integrating gravity into a unified one is not Level 4. The symbol of civilization is the basis of the Theory of Everything, also called the Theory of Everything and the Super Unified Theory.

How can it be possible with the current low level of human civilization?

However, the group of scientists who insist that this space is hyperspace are not happy with this statement. Although they also know that it is a symbolic theory of a more advanced civilization, they still refuse to admit that it cannot be done. The reason is that the theory can Be at the forefront of applications and be far ahead of them.

Isn't this how humans in the Earth Age came to be? They have long proposed some theories that cannot be realized.

Both parties insisted on exploring according to their own ideas. However, the experimental research resources of the scientific research team were not enough to split them in two. They had no choice but to continue to make demands to the human headquarters, and the headquarters naturally would not refuse.

However, due to the distance, decades have passed from application to approval to the arrival of supporting materials, new scientific research spacecraft, and experimental spacecraft. If it were not for the long lifespan, it is estimated that this kind of equipment could easily last for tens or even hundreds of years. With such actions, those who went out to perform tasks would have died of old age long ago.

It can also be seen from here that lifespan technology is indeed a supporting technology for interstellar navigation. There is a big difference without it.

Coincidentally, once differences arise, it is not so easy to unify, especially in scientific research. The cognitive differences among the scientific research team have resurfaced after the arrival of the new research ship and decades of research.

"Absurd, you guys who insist on hyperspace are just a waste of time and resources." A disdainful voice can be heard coming from a scientific research ship: "Not to mention whether the fourth space dimension can appear in the macroscopic world, even if Yes, the extra dimensions are not something we can relate to, but we have been studying here for hundreds of years, and what have we seen?

There is no relevant discovery of the four-dimensional space at all, no space warp point has been discovered, and no perspective of the fourth spatial dimension has been seen. Doesn't it mean that through the hyperspace perspective, one can see the enclosed three-dimensional interior through the three-dimensional barrier? But a hundred years have passed. , what did you see? In my opinion, we can simply cancel the hyperspace exploration project next, as it is a useless thing. "

It sounded like he was questioning, and another voice was obviously dissatisfied: "Hey, what kind of space warp point is possible only in the broken hyperspace? You don't even think about who left this hyperspace. That is The Awakener, he did not leave this piece of hyperspace for us to explore. How could there be any warping point that allows us to enter the four-dimensional space and see the perspective of the fourth space dimension?

Speaking of which, for creatures like us who have never seen the four-dimensional space, wouldn’t something happen if we accidentally touch other people’s internal organs in the fourth dimension? Also, just talking about us, haven’t you discovered nothing during such a long period of research? "

"Oh, we didn't find it? Let's take a look at this first!"

Scientists who insisted on hyperspace thought that the other party had really discovered something, but when they connected the data, they found that it was indeed a discussion about four-dimensional space.

The scientist glanced at it for a few times and then said: "Is this a transformation? Aren't you insisting on the three-dimensional space theory? Why are you also studying the four-dimensional space?"

"Look down," another scientist simply prompted.

There seems to be something fishy!

Hearing such an answer, the scientists who insisted on hyperspace felt something was wrong. Yes, after persisting for so long, how could some words change their minds, unless they really found real evidence that this space is hyperspace, or the opposite.

So he continued to look down, but the more he looked, the tighter his brows became.

"It's nonsense. This is just a possibility, and you have no actual data to prove that your view is right!"

He stopped the nonsense talk he originally blurted out, because he had to admit that this paper discussing the four-dimensional space did have some truth. Based on the spirit of seeking truth from facts, he could only say that it was a possibility.

In general, the concept of four-dimensional space discussed here is similar to the four-dimensional space that people usually recognize. They are both the fourth purely geometric space dimension, but the specific details are quite different.